Mixing form of Paint Mixing Tank

1. Propulsion mixing

Propeller agitators are composed of three blades and are in a spiral shape. They are the same as propellers on ships. They are usually used for materials that require violent agitation and have low viscosity. It is more suitable for reaction systems with milky liquids or suspensions with a small amount of solids. The speed is usually 300-600rpm.

2. Paddle mixing

Paddle stirrer is a simple type of stirring. The manufacture is simple and the mixing power consumption is low. It is usually divided into flat-blade paddle stirring (also called "one"-shaped stirring paddle) and folded-blade paddle stirring. It is suitable for the reaction system of two low-viscosity mutual liquids. Its speed is usually 20~80rpm (usually used in low-speed mixing, paint mixing, etc.).

3. Turbine mixing

Turbine agitators are generally used in reaction systems that require vigorous stirring. Turbine agitator can be divided into: flat straight blade, curved blade, folded blade, disc flat straight blade, disc curved blade and other turbine agitators. For liquids with large differences in viscosity or relative density, suspensions containing high concentrations of solid particles, and reaction systems that fully disperse the gas into the liquid, turbine agitators are usually used. Its speed is usually 200~1000rpm. (Commonly used in occasions that require high-speed dispersion and depolymerization by a disperser)

4. Frame or anchor mixing

Frame type and anchor type mixing are the same type of mixing, the difference between them is mainly a little different in shape. When applied to suspension, the relative density of solid and liquid should not be too different. Its speed is usually 15-60r/min (this type of agitator is generally used for high viscosity occasions, such as the mixing of paste-like materials with poor fluidity. This type of mixing requires higher mixing power, because high-viscosity materials require A motor with a large enough torque can avoid overloading, and ensure that the motor will not be damaged due to too small torque and insufficient motor power).